ARROWLIFT | FailSafe House Lifting Systems

failsafehouselifting.com/
Developed by FailSafe House Lifting Systems, The ARROWLIFT is a patent pending, engineered, steel-fabricated industrial structural lifting system that is assembled outside the perimeter of a structure and used to lift the structure safely for foundation construction or moving purposes. It is equipped with a continuous drive system which allows the operator to lift structures up to 17 ft in a single pass without any required resets.
It provides an unobstructed, clear-span worksite below the lifted structure and is the safest way to elevate a structure found anywhere in the market today. Any competent, well equipped contractor can be trained to operate the system and will enjoy mitigated safety concerns, enhanced worker and equipment maneuverability, labour efficiencies, and increased project productivity when compared to structural lifting methods utilizing wood cribbing.
Each ARROWLIFT tower can support up to 20 tons of structural load for a total system load of 80 tons on 4 towers. By adding more lifting towers the operator can increase the load capacity of the total system. Specific options are available in relation to height capacity and beam configurations.
The standard method for lifting structures using hydraulic jacking systems and wood cribbing is used by 100% of the specialized structural lifting companies already in the industry. The wood cribbing method causes excavation and construction inefficiencies, is very labour intensive, and not easily accessible for new operators who wish to enter the structural lifting industry.

[@Blahh992]

Wow! More house movers need this! Seems like less work to set up. Not to mention this is an amazing way to add a new basement and another floor above giving more square footage.

[@shawnwedewer4995]

Such a great technology that looks so much safer!

[@gentlemanbirdlake]

what if the lot side-to-side clearance is less than 6’ ?

[@marks6663]

1:12
I am perplexed. The beams under the house are UNDER the beam that does the lift? So the whole load is supported by the tensile strength of those four thin rods? I am seeing that right? Shouldn't your load be applying compression forces to the beams, not tensile forces to rods?
How is this fail safe? If those rods fail under tensile forces, the whole thing comes crashing down. Where is the fail safe design?

[@kennethpatierno6223]

Any one in the NC area or on east cost that will come to MTAiry area to lift double wide and in stall basement